Mechanical Engineer

Johnson Controls•Burlington, MA

2d•$70,000 - $100,000•Onsite

About The Position

As a Mechanical Engineer at the Stack Forging Thermal Solutions team at Johnson Controls, you will be responsible for designing, commissioning, and improving machine subsystems used in JCI’s Stack Forging Process. This position is based onsite at our facility in Burlington, MA. Candidates must be commuting distance to the facility, or able to relocate. Various relocation packages are available. This position also requires US citizenship and/or permanent resident.

Requirements

Bachelor's degree in Mechanical Engineering
1+ years of experience
Knowledge of electro-mechanical systems and/or machine design
Familiarity with design for manufacturing, including sheet metal, machined and welded parts.
Exposure to a variety of automation systems, such as: control cabinets, industrial sensors, PLCs, data acquisition and I/O devices.
Experience with GD&T, CAD, and FMEA
US Citizen and/or Permanent Resident

Nice To Haves

Familiar with metal additive manufacturing, robotics, or industrial automation
Experience with rapid prototyping: 3D printing, mill, lathe, laser cutting, CNC, hand tools
Experience with any of the following sub-disciplines is a plus: fluid and gas handling, motion planning and control, hydraulics, laser cutting, and vacuum systems

Responsibilities

Contribute to the design of the machines in Alloy’s manufacturing system, including automated equipment for material preparation, cutting, inspection, bonding, and assembly
Run design processes with requirements, specifications, concept generation, concept down-selection, and design reviews
Document and communicate design process and decisions
Drive improvement of overall equipment efficiency, manufacturing tolerance, process stability, process monitoring, machine reliability, and automation
Refine and revisit machine requirements with cross-functional teams from product, process, applications, and operations.
Proof-of-concept calculations and benchtop testing to inform design decisions
System and sub-system level design and analysis; utilizing parametric modeling to evaluate trade-offs
Own & update subsystem designs, BOM, specifications, CAD models, and drawings
Select and manage external vendors for components and subsystems
Statistical analysis for assembly tolerance stack up and perform root-cause analyses